Webbeon Intelligence Systems
Autonomous Drone Platform
Proprietary hardware. AI autonomy. Fleet intelligence. One integrated system — from the silicon to the sky.
Manned aircraft & ground crews are slow.
Expensive. Dangerous.
Every year, industries spend billions on helicopter sorties, multi-day crew mobilizations, and manual inspections that put human lives at risk. The infrastructure exists to replace all of it — but no one has built the full stack.
The Cost
The price of the status quo
$2K–$10K
per flight hour
Manned helicopter sorties for routine infrastructure inspection.
Days
deployment time
Crew mobilization, permits, weather windows — before a single flight.
Lives
at risk
Pilots, line workers, and inspection crews in hazardous conditions.
The Solution
Replace the helicopter.
Oddessey is a full-stack autonomous drone platform — custom airframe, AI autonomy, edge compute, and fleet intelligence. Designed as a single integrated system from the ground up.
Replace the helicopter. Replace the pilot. Replace the ops center. One platform does all three.
The Aircraft
Purpose-built VTOL
0.5–6.0m
Wingspan
2–500kg
GTOW
0.5–200kg
Payload
10–2,000km
Range
0.5–24hr
Endurance
Blended Wing Body · Coaxial Tilt-Rotor · Hybrid-Electric
The Platform
AI-as-OS
The intelligence isn't a feature bolted on after the fact. It's the operating system. Perception, planning, control, and fleet coordination — running natively on the airframe at the edge.
01
Custom Hardware
Designed from the silicon to the airframe
02
AI Autonomy
Edge intelligence, not remote control
03
Fleet Software
Operate one drone or coordinate fifty
04
Mission Modules
Purpose-built for each vertical
The Moat
Competitors choose a layer. We build all four.
| Capability | Oddessey | DJI | DroneUp |
|---|---|---|---|
| Custom Airframe | ✓ | — | — |
| Autonomy Stack | ✓ | ✓ | — |
| Edge AI | ✓ | ✓ | — |
| Fleet OS | ✓ | — | ✓ |
| Hybrid Propulsion | ✓ | — | — |
| Sensor Fusion | ✓ | ✓ | — |
Markets
$60B+ by 2030
Traction
Ready to build.
Full parametric CAD model: V4 BWB with coaxial tilt-rotor
Complete airframe design spec
AI autonomy stack architecture designed
Chip design expertise — custom silicon roadmap
Parallel AI software ventures generating revenue
Regulatory pathway: Transport Canada BVLOS strategy
First customer conversations initiated
Four technical founders. Full equity. No outside board seats.
Engineering-led.
AHM
CEO & Systems Architect
Full-stack systems design, AI architecture, chip strategy
CTO
CTO — Hardware
Aerospace structures, propulsion, avionics integration
VP-A
VP — Autonomy
Computer vision, path planning, edge inference
VP-O
VP — Operations
Regulatory affairs, supply chain, flight operations
Roadmap
18 months to revenue.
Q3 2026
Foundation
- Secure seed facility & workshop
- Hire core aero + AI engineers
- Begin subscale prototype build
- Finalize BVLOS regulatory filing
Q1 2027
Build
- Full-scale prototype flight test
- Autonomy stack integration on airframe
- First paid pilot with inspection customer
Q3 2027
Revenue
- Type certification application
- Fleet software deployed to 3 customers
- Series A based on revenue traction